Interpretation of the Power Response of a Fuel Cell with a Quadratic Logistic Differential Equation

Abstract

The interpretation of the behavior of a fuel cell may be done on the basis of models that require specific assumptions on both the description of the system and the mathematical treatment. This work shows that the power response of a fuel cell can be described by a quadratic logistic differential equation. In this way the interpretation of the dynamical behavior of the system can be done with the general concepts of dissipation, nonlinearity, and feedback.